(b) Find the natural log of
the likelihood function simplifying as much as possible.
Loglikelihood =
(c) Take the derivative of the log likelihood function you found in part (b) and make it 0. Solve for the unknown population parameter as a function of some of the summary statistics we know (X¯, or S 2 or whatever applies. ) That is your maximum likelihood estimator (MLE) of the unknown parameter.
PART C ONLY
Homework Answers
here for finding the MLE of eta(n), we can't apply the
differentiation nethod since range of observations is depend on
eta. therefore first we will find the MLE of eta by using argument
method. 
here not confused on last
term.. both meaning is same. any doubt you can ask to me by
comment, i will surely respond to you and please give your good
rating to answer for providing the best quality answers in
future.
Add Answer to:
(b) Find the natural log of
the likelihood function simplifying as much as possible.
Loglikelihood =...
Find the natural log of the likelihood function simplifying as much as possible. Loglikelihood = Problem...
Find the natural log of the
likelihood function simplifying as much as possible. Loglikelihood
=
Problem 2. Consider a random sample of size n from a two-parameter distribution with parameter 0 unknown and parameter η known. The population density function is Xi-
Problem 2. Consider a random sample of size n from a two-parameter distribution with parameter 0...
Problem 2. Consider a random sample of size n from a two-parameter distribution with parameter 0 unknown and parameter η known. The population density function is (xi - T) (a) Find the likelihood function simplifying it as much as possible. Likelihood
1. The size of claims made on an insurance policy are modelled through the following distribu- ti...
1. The size of claims made on an insurance policy are modelled through the following distribu- tion: You are interested in estimating the parameter λ > 0, using the following observations: 120, 20, 60, 70, 110, 150, 220, 160, 100, 100 (a) Verify that f is a density (b) Find the expectation of the generic random variable X, as a function of \ when A 1 (c) Prove that the method of moments estimator of λ is λι =斉. Calculate...
1. The size of claims made on an insurance policy are modelled through the following distribu- ti...
ANSWER QUESTION 2
1. The size of claims made on an insurance policy are modelled through the following distribu- tion: λ+1 You are interested in estimating the parameter λ > 0, using the following observations 120, 20, 60, 70, 110, 150, 220, 160, 100, 100 (a) Verify that f is a density (b) Find the expectation of the generic random variable X, as a function of when > 1 (c) Prove that the method of moments estimator of λ is...
Show all working clearly. Thank you. 1. In this question, X is a continuous random variable...
Show all working clearly. Thank you.
1. In this question, X is a continuous random variable with density function (x)a otherwise where ? is an unknown parameter which is strictly positive. You wish to estimate ? using observations X1 , . …x" of an independent random sample XI…·X" from X Write down the likelihood function L(a), simplifying your answer as much as possi- ble 2 marks] i) Show that the derivative of the log likelihood function (a) is 4 marks]...
To find the Maximum Likelihood Estimator, the professor require us to follow and note 4 steps:...
To find the Maximum Likelihood Estimator, the professor require
us to follow and note 4 steps:
1. find L(θ) = product of all the f(XI, θ)
2. take ln(L(θ))
3. take d/dθ of ln(L(θ)) and set the derivative to 0
4. solve for θ
I did:
1) P(X > k) = 1-P(x <= k) = 1-integral of f(k) from 0 to
k
2) find the function in terms of θ
But I'm not sure what to do with the θ...
Let X be a random variable with probability density function (pdf) given by fx(r0)o elsewhere where θ 0 is an unknown parameter. (a) Find the cumulative distribution function (cdf) for the random var...
Let X be a random variable with probability density function (pdf) given by fx(r0)o elsewhere where θ 0 is an unknown parameter. (a) Find the cumulative distribution function (cdf) for the random variable Y = θ and identify the distribution. Let X1,X2, . . . , Xn be a random sample of size n 〉 2 from fx (x10). (b) Find the maximum likelihood estimator, Ỗmle, for θ (c.) Find the Uniform Minimum Variance Unbiased Estimator (UMVUE), Bumvue, for 0...
(1 point) The density function f (xl) = he-hx, is defined for <x< , with parameter...
(1 point) The density function f (xl) = he-hx, is defined for <x< , with parameter 1 > 0. The likelihood function for the parameter 2 given n independent observations x = (X1, X2,...,xn) is L(xl2) = "e-1E1. Suppose three independent observations X1, X2 and X3 are taken and found to be 0.5447, 1.0291, 1.722. Parta) Evaluate, to two decimal places, the likelihood function for the data given at the point i = 1.26. Below is a plot of the...
Question 3 [17 marks] The random variable X is distributed exponentially with parameter A i.e. X~...
Question 3 [17 marks] The random variable X is distributed exponentially with parameter A i.e. X~ Exp(A), so that its probability density function (pdf) of X is SO e /A fx(x) | 0, (2) (a) Let Y log(X. When A = 1, (i) Show that the pdf of Y is fr(y) = e (u+e-") (ii) Derive the moment generating function of Y, My(t), and give the values of t such that My(t) is well defined. (b) Suppose that Xi, i...
QUESTION 2 Let Xi.. Xn be a random sample from a N (μ, σ 2) distribution,...
QUESTION 2 Let Xi.. Xn be a random sample from a N (μ, σ 2) distribution, and let S2 and Š-n--S2 be two estimators of σ2. Given: E (S2) σ 2 and V (S2) - ya-X)2 n-l -σ (a) Determine: E S2): (l) V (S2); and (il) MSE (S) (b) Which of s2 and S2 has a larger mean square error? (c) Suppose thatnis an estimator of e based on a random sample of size n. Another equivalent definition of...
Find the natural log of the
likelihood function simplifying as much as possible. Loglikelihood
=
Problem 2. Consider a random sample of size n from a two-parameter distribution with parameter 0 unknown and parameter η known. The population density function is Xi-
Problem 2. Consider a random sample of size n from a two-parameter distribution with parameter 0 unknown and parameter η known. The population density function is (xi - T) (a) Find the likelihood function simplifying it as much as possible. Likelihood
1. The size of claims made on an insurance policy are modelled through the following distribu- tion: You are interested in estimating the parameter λ > 0, using the following observations: 120, 20, 60, 70, 110, 150, 220, 160, 100, 100 (a) Verify that f is a density (b) Find the expectation of the generic random variable X, as a function of \ when A 1 (c) Prove that the method of moments estimator of λ is λι =斉. Calculate...
ANSWER QUESTION 2
1. The size of claims made on an insurance policy are modelled through the following distribu- tion: λ+1 You are interested in estimating the parameter λ > 0, using the following observations 120, 20, 60, 70, 110, 150, 220, 160, 100, 100 (a) Verify that f is a density (b) Find the expectation of the generic random variable X, as a function of when > 1 (c) Prove that the method of moments estimator of λ is...
Show all working clearly. Thank you.
1. In this question, X is a continuous random variable with density function (x)a otherwise where ? is an unknown parameter which is strictly positive. You wish to estimate ? using observations X1 , . …x" of an independent random sample XI…·X" from X Write down the likelihood function L(a), simplifying your answer as much as possi- ble 2 marks] i) Show that the derivative of the log likelihood function (a) is 4 marks]...
To find the Maximum Likelihood Estimator, the professor require
us to follow and note 4 steps:
1. find L(θ) = product of all the f(XI, θ)
2. take ln(L(θ))
3. take d/dθ of ln(L(θ)) and set the derivative to 0
4. solve for θ
I did:
1) P(X > k) = 1-P(x <= k) = 1-integral of f(k) from 0 to
k
2) find the function in terms of θ
But I'm not sure what to do with the θ...
Let X be a random variable with probability density function (pdf) given by fx(r0)o elsewhere where θ 0 is an unknown parameter. (a) Find the cumulative distribution function (cdf) for the random variable Y = θ and identify the distribution. Let X1,X2, . . . , Xn be a random sample of size n 〉 2 from fx (x10). (b) Find the maximum likelihood estimator, Ỗmle, for θ (c.) Find the Uniform Minimum Variance Unbiased Estimator (UMVUE), Bumvue, for 0...
(1 point) The density function f (xl) = he-hx, is defined for <x< , with parameter 1 > 0. The likelihood function for the parameter 2 given n independent observations x = (X1, X2,...,xn) is L(xl2) = "e-1E1. Suppose three independent observations X1, X2 and X3 are taken and found to be 0.5447, 1.0291, 1.722. Parta) Evaluate, to two decimal places, the likelihood function for the data given at the point i = 1.26. Below is a plot of the...
Question 3 [17 marks] The random variable X is distributed exponentially with parameter A i.e. X~ Exp(A), so that its probability density function (pdf) of X is SO e /A fx(x) | 0, (2) (a) Let Y log(X. When A = 1, (i) Show that the pdf of Y is fr(y) = e (u+e-") (ii) Derive the moment generating function of Y, My(t), and give the values of t such that My(t) is well defined. (b) Suppose that Xi, i...
QUESTION 2 Let Xi.. Xn be a random sample from a N (μ, σ 2) distribution, and let S2 and Š-n--S2 be two estimators of σ2. Given: E (S2) σ 2 and V (S2) - ya-X)2 n-l -σ (a) Determine: E S2): (l) V (S2); and (il) MSE (S) (b) Which of s2 and S2 has a larger mean square error? (c) Suppose thatnis an estimator of e based on a random sample of size n. Another equivalent definition of...
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